Syntax: RESTORE filename Qualifiers: \TTBUFFERS Defaults: \TTBUFFERS The RESTORE\PHYSICA command, or RESTORE with no qualifiers, restores a previously saved PHYSICA run. The current run will be lost in the process of restoring the previous session. Normally RESTORE would be used immediately after entering PHYSICA to continue a previous session that was saved with the SAVE command. An attempt is made to restore the plots that were active at the time the SAVE command was issued, similar to entering the REPLOT\ALLWINDOWS command. The hardcopy device as chosen with the DEVICE command is restored, as well as the orientation. User defined function information is not restored, but must be regenerated explicitly in the restored session. By default, the input line recall buffers are restored. If you do not want to restore these buffers when resuming a PHYSICA session, use the \NOTTBUFFERS qualifier.
Syntax: RESTORE\NOVA
Qualifiers: \LIST, \SCATTERPLOT, \HISTOGRAM
This is only available under DEC VAX/VMS. To access NOVA histograms, you
must have NOVA running in the background. NOVA can be running in the same
session or window or in another session or window. The MAP command maps to
the global section. No name need be given. Use the RESTORE\NOVA to take a
"snapshot" of the data in the global section. To access the most current
data, re-enter the RESTORE\NOVA command.
RESTORE\NOVA will restore all of the histograms and scatterplots.
RESTORE\NOVA\LIST will list all of the histograms and scatterplots.
RESTORE\NOVA\NOSCAT will restore the histograms only.
RESTORE\NOVA\NOSCAT N will restore the histogram N only.
RESTORE\NOVA\NOHIST N will restore the scatterplot N only.
For 1D spectra, the vertical axis ("Counts") is actually the name of
the spectrum. The horizontal axis is the name of the variable. So if
you had done: DEF1D/XSIZE=100/XDATA=X SX the appropriate PHYSICA
command would be something like: GRAPH X SX
HOWEVER!!! there is a real potential for confusion. If you have different
spectra of the same variable (X in this example) and you RESTORE more than
one of them, what you appear to get is the most recent (i.e. last read)
value for the vector X. This is an outstanding problem that will be fixed
at some point in the future. The underflows and overflows for 1d histograms
are contained in scalars named LO_name and HI_name, e.g. for histogram
TEST, they are LO_TEST and HI_TEST.
Syntax: RESTORE\YBOS filename Qualifier: \DOTPLOT Default: \NODOTPLOT The RESTORE\YBOS restores YBOS type data files containing histograms or dotplots. Use the \DOTPLOT qualifier to specify that you want to restore a file containing dotplots. By default, the file is assumed to contain histogram data.
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Syntax: RESTORE\FIOWA filename The RESTORE\FIOWA restores FIOWA type data files containing histograms and scatterplots. No special qualifiers are need to restore data sets made with the "big" version of FIOWA. When you restore a file (or map to shared memory), you get the following PHYSICA variables: variable name type description ------------------------------------------------------------------------- DATA vector all the histogram and scatterplot data NHIST scalar number of histograms NSCAT scalar number of scatterplots HTITLE text string containing all the histo. titles HXLABEL text string containing all the histo. labels STITLE text string containing all the scatp. titles SXLABEL text string containing all the scatp. xlabels SYLABEL text string containing all the scatp. ylabels
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Syntax: RESTORE\XFIOWA filename The RESTORE\XFIOWA restores eXpanded FIOWA type data files containing histograms and scatterplots. No special qualifiers are need to restore data sets made with the "big" version of FIOWA. When you restore a file you get the following PHYSICA variables: variable name type description ------------------------------------------------------------------------- DATA vector all the histogram and scatterplot data NHIST scalar number of histograms NSCAT scalar number of scatterplots HTITLE text string containing all the histo. titles HXLABEL text string containing all the histo. labels STITLE text string containing all the scatp. titles SXLABEL text string containing all the scatp. xlabels SYLABEL text string containing all the scatp. ylabels
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Syntax: RESTORE\MUD filename The RESTORE\MUD command restores muSR MUD type data files containing histograms. The actual histogram data is stored in a vector, HISTDATA, and histogram number j can be extracted using: HISTDATA[HISTSTART[j]:HISTEND[j]]
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Syntax: RESTORE\MSR filename The RESTORE\MSR command restores MSR type data files containing histograms. Histogram number j is stored in column j of matrix IH. The global title is in a scalar text variable called TITLE. The title for histogram number j is in the array text variable HTITLE[j]. There are also associated scalars and vectors. To plot histogram j: GRAPH\HISTOGRAM [0:(NBINS-1)*NSBIN:NSBIN] IH[1:NBINS,J]
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Syntax: RESTORE\IMSR filename The RESTORE\IMSR command allows you to restore IMSR type data files. Histogram number j is stored in column j of matrix IX. The run number is stored in a scalar called IRUNNO. The version number is stored in a scalar called IVERS. The global title is stored in a scalar text variable called ITITLE. The subtitle is stored in a scalar text variable called ISUBTITLE. The title for histogram number j is in the array text variable XTITLE[j]. To plot histogram J: GRAPH\HISTOGRAM [1:VLEN(M)(1)] IX[*,J]
Syntax: RESTORE\CHAOS filename The RESTORE\CHAOS restores CHAOS type data files containing histograms. The run number is stored in a scalar variable named RUN_NUMBER. The number of analyzed events is stored in a scalar variable named I_ANALYZED. The number of histograms and the number of channels are stored in scalar variables named NHIST and NCHAN. The vectors XLO, XHI, NBINS, and HSTART will be created. Each of these will have NHIST elements. The histogram data will be stored in a vector named HIST, with NCHAN elements. The array text variable HNAMES will be created, with NHIST elements. HNAMES[i] is the name of histogram number i. The array text variable TITLES will be created, with NHIST elements. TITLES[i] is the title of histogram number i. The data for histogram i is located in HIST[HSTART[i]:NBINS[i]+HSTART[i]-1] To make an x vector for plotting histogram number i, enter: GENERATE X XLO[I],,XHI[I] NBINS[I]+HSTART[I]-1
Syntax: RESTORE\HBOOK filename
RESTORE\HBOOK\DIR filename directory
Examples: RESTORE\HBOOK FILE.DAT
RESTORE\HBOOK\DIR FILE.DAT `/SUB1/SUB2'
The RESTORE\HBOOK restores HBOOK type data files containing 1d histograms
and 2d histograms (scatterplots). If the \DIR qualifier is used, the ZEBRA
RZ directory within the file can be entered, using the absolute pathname in
the ZEBRA syntax. The following variables are always created.
variable name type description
-------------------------------------------------------------------------
DATA vector histogram and scatterplot data
HERROR vector histogram and scatterplot errors
NHIST scalar number of histograms
NSCAT scalar number of scatterplots
HTITLE text string containing all the histo. titles
STITLE text string containing all the scatp. titles
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